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The pure solid-state laser radar adopts advanced metasurface lens technology and is based on the continuous-wave Time-of-Flight (cwToF) principle. Coupled with related optical and electrical designs, it achieves wide-angle and high-precision distance measurement. It supports both UART and USB2.0 communication, providing outputs in the form of depth maps and infrared grayscale images. With a resolution of 160x60 and a wide field of view of 108°x40°, it can measure distances up to 4.5 meters and is resistant to ambient light up to 60Klux, making it suitable for both indoor and outdoor use. Its primary applications include volume measurement, access control security, people counting, unmanned forklifts, and robot obstacle avoidance.
Figure: Depth Mapping Visualization
Metasurface Lens Technology
Metasurface lens technology utilizes nanostructures to control the propagation of light, achieving super-resolution imaging, holography, or projection. Unlike traditional cameras that only capture 2D images, this technology can enhance the existing 2D images by adding depth, distance, and directional information, thereby capturing a more comprehensive 3D perspective.
Wide Field of View
The radar offers an impressive 108° horizontal and 40° vertical field of view, allowing it to cover a broad area and capture more detailed information within its range.
Figure: System Field of View (FOV)
High Resolution
With a resolution of 160x60, the radar can provide detailed depth maps and infrared grayscale images, essential for precise measurements and applications that require high accuracy.
Solid-State Structure
The pure solid-state design ensures long life and durability, eliminating the moving parts found in traditional radars, which can wear out over time.
Ambient Light Resistance
The radar can function effectively in environments with ambient light up to 60Klux, ensuring reliable performance both indoors and outdoors.
Easy Communication
Supporting both UART and USB2.0, this radar is easy to integrate with various systems, enhancing its versatility and ease of use.
